export const contentData = [
	{
		title: '冶金热动力学计算平台',
		content:
			'提供高精度热动力学模拟，覆盖特殊钢、高熵合金等领域，集成35,000+材料数据，支持相图计算、扩散模拟等功能，助力材料设计与工艺优化',
		id: 'MDTK',
		children: [
			{
				title: '热物性质计算模块',
				content:
					'针对多组元合金熔体，提供密度、粘度、表面张力、热导率等关键物理性质的精确计算，集成高精度实验数据库与理论模型，为铸造工艺设计与熔体处理提供可靠参数支持。',
				imgSrc: '冶金1.jpg',
				path: '/Product/Calculator',
				type: '_black',
			},
			{
				title: '相图计算引擎',
				content:
					'基于CALPHAD方法，支持二元至多元合金体系的相平衡计算，提供等温截面、垂直截面与等质量分数截面等多种相图绘制功能，帮助用户深入理解材料的相变规律。',
				imgSrc: '冶金3.jpg',
			},
			{
				title: '化学反应动力计算系统',
				content:
					'整合热力学数据与动力学模型，精确模拟冶金过程中的复杂反应网络，预测反应速率、中间产物与最终平衡状态，为工艺优化与反应控制提供理论依据。',
				imgSrc: '冶金2.jpg',
			},

			{
				title: '电位计算工具',
				content:
					'结合热力学数据与电化学理论，实现多元合金体系在不同环境条件下的电极电位与腐蚀倾向预测，为材料选择与防腐设计提供量化评估方法。',
				imgSrc: '冶金4.jpg',
			},
			{
				title: '沉淀模拟系统',
				content:
					'基于经典核形成与生长动力学理论，精确预测合金中第二相粒子的析出过程，计算不同热处理条件下的粒子尺寸分布与体积分数，支持材料强化机制设计。',
				imgSrc: '冶金5.jpg',
			},
			{
				title: '相场模拟平台',
				content:
					'采用先进相场方法，实现材料微观组织演变的高精度模拟，可视化展示相变、晶界迁移、晶粒长大等复杂过程，为先进材料的组织设计与工艺优化提供理论支持。',
				imgSrc: '冶金6.jpg',
			},
			{
				title: '凝固模拟工具',
				content:
					'整合热力学数据与传热传质理论，模拟从液态到固态的完整凝固过程，预测枝晶生长形态、成分偏析与缺陷形成机制，为铸造与连铸工艺改进提供指导。',
				imgSrc: '冶金7.jpg',
			},
			{
				title: '扩散模拟引擎',
				content:
					'集成元素迁移能数据库与扩散方程求解器，实现固态扩散过程的时空演变计算，支持多相界面移动与长时服役条件下的组织演变预测，为热处理工艺设计提供理论基础。',
				imgSrc: '冶金8.jpg',
			},
		],
	},
	{
		title: '材料人工智能设计平台',
		content:
			'AI4Data集成NLP与大模型技术，精准提取文献与专利中的实验数据，结合安全灵活的数据库管理，实现多源数据整合与全生命周期追溯，并通过机器学习驱动材料设计与性能优化。',
		id: 'AI4Data',
		children: [
			{
				title: '智能化合金设计平台（AI4Data）',
				content:
					'融合机器学习与数据挖掘技术，构建材料成分、工艺与性能的关联模型，提供预训练与自定义建模工具，帮助用户快速发现数据规律。',
				id: 'AI4Data',
				children: [
					{
						title: '直观的低代码建模工具',
						content:
							'采用可拖拽式界面设计，集成丰富算法库与自动参数调优功能，让非专业用户也能轻松构建高性能机器学习模型，无需深入了解算法原理即可实现复杂数据分析。',
						imgSrc: '机器学习1.jpg',
					},
					{
						title: '智能模型管理中心',
						content:
							'内置模型仓库与共享机制，提供预训练模型库供直接调用，同时支持团队内部模型版本管理与复用，大幅提升研发效率与模型质量。',
						imgSrc: '机器学习2.jpg',
					},
					{
						title: '应用快速部署系统',
						content:
							'将复杂模型包装为简洁应用界面，支持一键部署与访问，便于非技术人员直接使用分析成果，降低AI技术应用门槛。',
						imgSrc: '机器学习3.jpg',
					},
					{
						title: '精细化权限控制系统',
						content:
							'提供多级权限配置方案，可根据组织结构和角色定义差异化访问权限，确保数据安全与模型资产保护。',
						imgSrc: '机器学习4.jpg',
					},
					{
						title: '多源数据连接器',
						content:
							'支持Oracle、PostgreSQL、MongoDB等多种主流数据库连接，兼容CSV、Excel等本地文件格式，并与Mat.Design DataVault系统深度集成，实现多源异构数据的无缝分析。',
						imgSrc: '机器学习5.jpg',
					},
				],
			},
			{
				title: '智能文档解析平台（MD DocSense）',
				content:
					'应用自然语言处理技术，精准提取文献、专利中的文本、表格和实验数据，支持批量处理与数据导出，构建标准化知识库。',
				id: 'DocSense',
				children: [
					{
						title: '智能文档解析引擎',
						content:
							'采用深度学习技术自动识别并提取各类文档中的标题、作者、摘要、关键词等元数据信息，支持学术论文、技术报告、专利文献等多种格式，提取准确率达97%以上，极大减少人工整理工作量。',
						imgSrc: '文档解析1.jpg',
					},
					{
						title: '文档质量控制系统',
						content:
							'提供完整的文档审核工作流，管理员可设置多级审核流程与质量标准，系统内置查重功能、数据一致性检查和合并工具，确保知识库内容的准确性与规范性。',
						imgSrc: '文档解析2.jpg',
					},
					{
						title: '结构化数据智能提取',
						content:
							'运用大语言模型分析技术，自动识别并提取文档中的表格、图像、数值数据与关键参数，用户可通过简单拖拽操作定义提取规则并映射至数据库字段，快速构建专业数据资产。',
						imgSrc: '文档解析3.jpg',
					},
					{
						title: '灵活权限与工作量管理',
						content:
							'支持多维度权限配置，精确控制用户对不同模块与功能的访问权限，同时提供详细的工作量统计报表，从时间、数量、质量等多角度评估团队与个人绩效，优化资源分配。',
						imgSrc: '文档解析4.jpg',
					},
				],
			},
			{
				title: '实验数据智能平台（MD DataVault）',
				content:
					'提供安全灵活的数据管理方案，支持自动采集、标准化处理与版本溯源，集成仪器设备接口，助力高效研发与数据透明化管理。',
				id: 'DataVault',
				children: [
					{
						title: '零代码数据库构建器',
						content:
							'通过图形化界面快速创建专业领域数据库，无需编程知识即可设计数据结构与关系，支持字段类型自定义、表单设计与数据校验规则配置，大幅降低数据管理系统搭建门槛与成本。',
						imgSrc: '数据库1.jpg',
					},
					{
						title: '标准化实验工作流',
						content:
							'基于可定制的实验模板体系规范研发过程，支持实验设计、任务分配、数据采集与结果分析的全流程管理，确保实验数据的一致性与可比性，同时提供实时进度监控，提升实验管理效率。',
						imgSrc: '数据库2.jpg',
					},
					{
						title: '多源数据智能集成',
						content:
							'支持历史数据批量导入、设备数据自动采集与第三方系统数据同步，提供灵活的数据导入模板定制工具与数据清洗功能，实现异构数据的统一管理与关联分析，打破数据孤岛，构建完整数据资产。',
						imgSrc: '数据库3.jpg',
					},
					{
						title: '全方位数据应用生态',
						content:
							'提供高级检索、交互式可视化分析、数据导出与API接口等多种数据应用工具，支持与CAD/CAE/PLM等专业软件系统对接，实现数据在设计、分析、生产等环节的无缝流转，最大化数据价值。',
						imgSrc: '数据库4.jpg',
					},
					{
						title: '多层级数据安全体系',
						content:
							'通过细粒度访问权限控制、操作日志审计、数据自动备份与恢复、加密传输等技术手段全面保障数据安全，支持合规性审批流程管理，满足企业数据资产保护与监管要求。',
						imgSrc: '数据库5.jpg',
					},
				],
			},
		],
	},
	{
		title: '材料研发智能助手',
		content:
			'借助大语言模型，为科研人员提供文献总结、实验设计、数据分析建议等服务，支持材料性能预测与配方优化，提升研发效率。',
		id: 'Assistant',
		children: [
			{
				title: '技术创新加速器',
				content:
					'通过对全球技术文献、专利数据库与研究动态的深度分析，识别研究空白与创新机会点，智能生成技术路线图与解决方案，帮助企业缩短研发周期，提升创新效率与成功率。',
				imgSrc: '大模型1.jpg',
			},
			{
				title: '学术研究助手',
				content:
					'为科研人员提供课题规划、文献分析、实验设计与数据解读等全方位支持，智能推荐相关研究资源，自动生成文献综述与研究前景分析，帮助研究者聚焦核心科学问题，提高研究质量与产出。',
				imgSrc: '大模型2.jpg',
			},
			{
				title: '企业知识智能体',
				content:
					'整合企业内部知识资源与外部专业信息，构建自适应学习型知识库，通过自然语言交互提供精准问答服务，帮助员工快速获取专业知识与解决方案，推动组织知识高效流动与创新协作。',
				imgSrc: '大模型3.jpg',
			},
			{
				title: '数据智能分析师',
				content:
					'具备专业数据理解与分析能力，可解读复杂表格数据、进行多维统计分析并生成直观图表，用户只需通过自然语言描述分析需求，即可获得深入的数据洞察与可视化展示。',
				imgSrc: '大模型5.jpg',
			},
			{
				title: '战略决策顾问',
				content:
					'整合企业内外部数据资源，提供全面情势分析与前瞻预测，识别关键挑战与机遇点，生成策略选项与评估报告，为管理层提供数据驱动的决策支持，增强企业应对复杂环境的能力。',
				imgSrc: '大模型4.jpg',
			},
		],
	},
]

export const contentDataEnglish = [
	{
		title: 'MatDesign Thermodynamic & Kinetic Calculation Platform',
		content:
			'Provides high-precision thermodynamic simulations, covering fields such as specialty steels and high-entropy alloys. Integrates a database of over 35,000 materials, supporting functions like phase diagram calculation and diffusion simulation to empower materials design and process optimization.',
		id: 'MDTK',
		children: [
			{
				title: 'Thermophysical Properties Calculation Module',
				content:
					'Delivers accurate calculations of key physical properties—including density, viscosity, surface tension, and thermal conductivity—for multi-component alloy melts. Integrates high-precision experimental databases and theoretical models to provide reliable parameter support for casting process design and melt treatment.',
				imgSrc: '冶金1.jpg',
			},
			{
				title: 'Phase Diagram Calculation Engine',
				content:
					'Based on the CALPHAD approach, supports phase equilibrium calculations for binary to multicomponent alloy systems. Offers multiple phase diagram plotting functions—such as isothermal sections, vertical sections, and iso-compositional sections—to help users gain deeper insights into phase transformation laws.',
				imgSrc: '冶金3.jpg',
			},
			{
				title: 'Chemical Reaction Kinetics Calculation System',
				content:
					'Combines thermodynamic data with kinetic models to precisely simulate complex reaction networks in metallurgical processes. Predicts reaction rates, intermediates, and final equilibrium states, providing a theoretical basis for process optimization and reaction control.',
				imgSrc: '冶金2.jpg',
			},

			{
				title: 'Electrochemical Potential Calculation Tool',
				content:
					'Integrates thermodynamic data with electrochemical theory to predict electrode potential and corrosion tendencies of multicomponent alloys under various environmental conditions, providing quantitative evaluation methods for material selection and corrosion protection design.',
				imgSrc: '冶金4.jpg',
			},
			{
				title: 'Precipitation Simulation System',
				content:
					'Utilizes classical nucleation and growth kinetics theory to accurately predict the precipitation process of secondary phase particles in alloys. Calculates particle size distribution and volume fraction under different heat treatment conditions, supporting the design of material strengthening mechanisms.',
				imgSrc: '冶金5.jpg',
			},
			{
				title: 'Phase-Field Simulation Platform',
				content:
					'Employs advanced phase-field methods to achieve high-precision simulation of microstructural evolution in materials. Visualizes complex processes such as phase transformation, grain boundary migration, and grain growth, providing theoretical support for microstructure design and process optimization of advanced materials.',
				imgSrc: '冶金6.jpg',
			},
			{
				title: 'Solidification Simulation Tool',
				content:
					'Integrates thermodynamic data with heat and mass transfer theory to simulate the complete solidification process from liquid to solid. Predicts dendrite morphology, compositional segregation, and defect formation mechanisms, offering guidance for improving casting and continuous casting processes.',
				imgSrc: '冶金7.jpg',
			},
			{
				title: 'Diffusion Simulation Engine',
				content:
					'Integrates elemental migration energy databases and diffusion equation solvers to simulate the spatiotemporal evolution of solid-state diffusion processes. Supports multiphase interface movement and microstructural evolution prediction under long-term service, providing a theoretical foundation for heat treatment process design.',
				imgSrc: '冶金8.jpg',
			},
		],
	},
	{
		title: 'Materials AI Design Platform',
		content:
			'AI4Data integrates NLP and large language model technologies to accurately extract experimental data from literature and patents. Combined with secure and flexible database management, it enables multi-source data integration and full lifecycle traceability, driving materials design and property optimization through machine learning.',
		id: 'AI4Data',
		children: [
			{
				title: 'Intelligent Alloy Design Platform (AI4Data)',
				content:
					'Combines machine learning and data mining technologies to construct correlation models among material composition, processing, and properties. Provides pre-trained and custom modeling tools, helping users quickly uncover data patterns.',
				id: 'AI4Data',
				children: [
					{
						title: 'Intuitive Low-Code Modeling Tool',
						content:
							'Features a drag-and-drop interface, an extensive algorithm library, and automated parameter tuning, enabling non-experts to easily build high-performance machine learning models and conduct complex data analyses with no need for deep algorithmic knowledge.',
						imgSrc: '机器学习1.jpg',
					},
					{
						title: 'Intelligent Model Management Center',
						content:
							'Includes a model repository and sharing mechanism, offering a library of pre-trained models for direct use. Supports internal model versioning and reuse within teams, significantly improving R&D efficiency and model quality.',
						imgSrc: '机器学习2.jpg',
					},
					{
						title: 'Rapid Application Deployment System',
						content:
							'Packages complex models into user-friendly application interfaces, supporting one-click deployment and access. Enables non-technical users to directly utilize analysis results, lowering the barrier to AI adoption.',
						imgSrc: '机器学习3.jpg',
					},
					{
						title: 'Granular Permission Control System',
						content:
							'Offers multi-level permission configuration based on organizational structure and roles, ensuring data security and model asset protection.',
						imgSrc: '机器学习4.jpg',
					},
					{
						title: 'Multi-Source Data Connectors',
						content:
							'Supports connections to mainstream databases such as Oracle, PostgreSQL, and MongoDB, as well as local file formats like CSV and Excel. Deeply integrates with the Mat.Design DataVault system for seamless analysis of heterogeneous multi-source data.',
						imgSrc: '机器学习5.jpg',
					},
				],
			},
			{
				title: 'Intelligent Document Parsing Platform (MD DocSense)',
				content:
					'Applies natural language processing to accurately extract text, tables, and experimental data from literature and patents. Supports batch processing and data export to build standardized knowledge bases.',
				id: 'DocSense',
				children: [
					{
						title: 'Intelligent Document Parsing Engine',
						content:
							'Uses deep learning to automatically identify and extract metadata—such as titles, authors, abstracts, and keywords—from various document types. Supports academic papers, technical reports, and patents, achieving over 97% extraction accuracy and greatly reducing manual sorting workload.',
						imgSrc: '文档解析1.jpg',
					},
					{
						title: 'Document Quality Control System',
						content:
							'Provides a complete document review workflow, allowing administrators to set multi-level review processes and quality standards. Features built-in duplication check, data consistency verification, and merging tools to ensure the accuracy and standardization of the knowledge base.',
						imgSrc: '文档解析2.jpg',
					},
					{
						title: 'Structured Data Intelligent Extraction',
						content:
							'Leverages large language models to automatically identify and extract tables, images, numerical data, and key parameters from documents. Users can define extraction rules through simple drag-and-drop operations and map them to database fields, quickly building professional data assets.',
						imgSrc: '文档解析3.jpg',
					},
					{
						title: 'Flexible Permission and Workload Management',
						content:
							'Supports multi-dimensional permission configuration to precisely control user access to different modules and functions. Provides detailed workload reports to evaluate team and individual performance from various perspectives—including time, quantity, and quality—optimizing resource allocation.',
						imgSrc: '文档解析4.jpg',
					},
				],
			},
			{
				title: 'Intelligent Experimental Data Platform (MD DataVault)',
				content:
					'Offers secure and flexible data management solutions, supporting automated data acquisition, standardized processing, and version traceability. Integrates with instrument interfaces to facilitate efficient R&D and transparent data management.',
				id: 'DataVault',
				children: [
					{
						title: 'Zero-Code Database Builder',
						content:
							'Allows rapid creation of domain-specific databases via a graphical interface. No programming knowledge required to design data structures and relationships. Supports custom field types, form design, and data validation rule configuration, greatly lowering the threshold and cost for building data management systems.',
						imgSrc: '数据库1.jpg',
					},
					{
						title: 'Standardized Experimental Workflow',
						content:
							'Utilizes customizable experimental template systems to standardize R&D processes. Supports end-to-end management of experimental design, task assignment, data collection, and result analysis. Ensures consistency and comparability of experimental data, offers real-time progress monitoring, and improves experiment management efficiency.',
						imgSrc: '数据库2.jpg',
					},
					{
						title: 'Multi-Source Data Intelligent Integration',
						content:
							'Supports batch import of historical data, automated equipment data acquisition, and synchronization with third-party systems. Provides flexible data import templates and data cleansing tools to enable unified management and correlation analysis of heterogeneous data, breaking data silos and building complete data assets.',
						imgSrc: '数据库3.jpg',
					},
					{
						title: 'Comprehensive Data Application Ecosystem',
						content:
							'Provides advanced search, interactive visualization, data export, and API tools. Supports integration with professional software such as CAD/CAE/PLM, enabling seamless data flow through design, analysis, and production, maximizing data value.',
						imgSrc: '数据库4.jpg',
					},
					{
						title: 'Multi-Level Data Security System',
						content:
							'Ensures comprehensive data security through fine-grained access control, operation log auditing, automated backup and recovery, and encrypted transmission. Supports compliance approval workflows, meeting enterprise requirements for data asset protection and supervision.',
						imgSrc: '数据库5.jpg',
					},
				],
			},
		],
	},
	{
		title: 'Intelligent Materials R&D Assistant',
		content:
			'Leveraging large language models, provides researchers with services such as literature summarization, experimental design, and data analysis recommendations. Supports materials property prediction and formulation optimization, enhancing R&D efficiency.',
		id: 'Assistant',
		children: [
			{
				title: 'Technology Innovation Accelerator',
				content:
					'Conducts in-depth analysis of global technical literature, patent databases, and research trends to identify research gaps and innovation opportunities. Intelligently generates technology roadmaps and solutions, helping enterprises shorten R&D cycles and improve innovation efficiency and success rates.',
				imgSrc: '大模型1.jpg',
			},
			{
				title: 'Academic Research Assistant',
				content:
					'Provides researchers with comprehensive support for project planning, literature analysis, experimental design, and data interpretation. Intelligently recommends relevant research resources, automatically generates literature reviews and outlooks, helping researchers focus on core scientific questions and improve research quality and output.',
				imgSrc: '大模型2.jpg',
			},
			{
				title: 'Enterprise Knowledge Intelligence',
				content:
					'Integrates internal corporate knowledge and external professional information to build an adaptive, learning-oriented knowledge base. Provides precise Q&A services through natural language interaction, helping employees quickly access specialized knowledge and solutions, and promoting efficient knowledge flow and collaborative innovation within organizations.',
				imgSrc: '大模型3.jpg',
			},
			{
				title: 'Data Intelligence Analyst',
				content:
					'Possesses advanced data understanding and analysis capabilities to interpret complex tabular data, conduct multi-dimensional statistical analysis, and generate intuitive charts. Users can obtain deep data insights and visualizations simply by describing their analysis needs in natural language.',
				imgSrc: '大模型5.jpg',
			},
			{
				title: 'Strategic Decision Consultant',
				content:
					"Integrates internal and external enterprise data resources to provide comprehensive situational analysis and forward-looking forecasts. Identifies key challenges and opportunities, generates strategy options and evaluation reports, and offers data-driven decision support for management, enhancing the enterprise's ability to cope with complex environments.",
				imgSrc: '大模型4.jpg',
			},
		],
	},
]
